Oct. 07, 2024
Seems like a simple enough question, but if you really want to know the cable tie material and characteristics, here they are.
Goto Zhonggu to know more.
A cable tie is a band or length of strap, manufactured from a class of polymeric materials known as polyamides (Nylon 6/6). The width, length, and head area employ ratcheting mechanisms, which allow for locking as necessary for &#;bundling&#; items together.
Commercially introduced in October , Nylon was the first synthetic semi-crystalline polymer whose physical properties compared favorably to some metals. The polymers high strength and temperature resistance allows it to be used in &#;engineered&#; applications thus it falls into a category of polymers known as &#;engineering thermoplastics.&#; Nylons are produced from a family of resins, which contain an amide group -CONH-. These materials are then polymerized; a chemical process that link small amide monomers together into a long polymer chain, then called polyamides.
Nylon possesses an outstanding balance of properties, combined strength, moderate stiffness, high service temperature, and a high level of toughness. Nylon cable ties are particularly resistant to repeated impact, they have a low coefficient of friction, and excellent abrasion resistance. Nylon is resistance to fuels, lubricants, and most chemicals, but is attacked by phenols, strong acids, and oxidizing agents (ref. Our Physical and Chemical Certification for further information). Nylon is inherently susceptible to environmental conditions. ACT cable ties are moisturized to attain optimum performance levels. Nylon product should be stored in cool dry areas, out of direct sunlight, and sealed in the original packaging material. These measures will extend cable tie performance levels indefinitely.
General-purpose nylon is suitable for use in most practical applications at continuous temperatures up to 185° F. Nylon 6/6, the grade most often used for cable tie production, meets UL 94V-2 flammability ratings. Its working temperature range is from -40° F to 185° F.
Heat Stabilized Nylon 6/6 is used in continuous or extended exposure to high temperatures (up to 257° F). A general-purpose nylon will have a reduction in physical properties and fatigue as a result of high temperatures. Nylon cable ties containing specially formulated heat stabilizers provide additional thermal endurance. Heat stabilized nylons are engineered for continuous exposure to temperatures above 185° F, which meets UL standard for electrical applications.
UV Stabilized Nylon 6/6 is used in continuous or extended exposure to outdoor use. It is a weather resistant grade, enduring additional ultraviolet (UV) light. This grade is produced by incorporating stabilizers in the nylon resin. UV Stabilized nylon cable ties are available only in black.
Nylon 12 is molecularly designed for solar applications to withstand the harsh rays of the sun and corrosive outdoor elements. Low water absorption and density maintains stability, and it is chemical resistant and insensitive to stress cracking.
Some materials & characteristics of cable ties which are available at ACT are:
UV Resistant Cable Ties
Stainless Steel Cable Ties
Nylon 12 (Solar) Cable Ties
High Temperature Cable Ties
Cold Weather Cable Ties
Heavy Duty Cable Ties
Color Cable Ties
Metal Detectable Cable Ties
Impact Resistant Cable Ties
As you can see, cable tie material and characteristics are quite unique from one cable tie to another. Let us know if you&#;d like some help finding the best one for the job.
For more Nylon Cable Tieinformation, please contact us. We will provide professional answers.
Cables ties, also known as zip ties, have become a staple for many folks and industries alike &#; and for good reason. Cable ties can be used for a variety of purposes, are cost-effective, and come in different shapes and sizes to meet your specific needs. But, as they continue to be used in innovative ways, it begs the question: what was the original function of cable ties? We answer that question, discuss cable tie classifications, and cover more cable tie basics in the following article!
These days, zip ties have become a generic piece of equipment. Originally however, Marcus C. Logan invented zip ties in , referred to at the time (and patented) as Ty-Rap cable ties. As the cable tie inventor, his net worth was understandably difficult to estimate. However, some sources suggest that over 28 billion zip ties have been produced since their invention. Speculation aside, however, Logan was clear about his intentions when creating the original cable tie.
In (two years prior to his invention), Logan was touring a Boeing aircraft plant and noticed employees had to manually and laboriously knot together thousands of feet of electric cable. Not only was this a tedious process, but because of the waxed nylon cords, employees frequently cut their fingers and hands, causing serious safety concerns. Knowing there had to be a better solution, Logan went to work creating what would ultimately become the common cable tie.
Nowadays, there are just about as many cable tie uses as there are actual ties. Okay, that might be a bit of an exaggeration, but the real limit of cable tie applications is only your imagination. While they were originally created to help secure cables and wires, zip ties are now used across several industries like:
Professional uses aside, cable ties are also used in more creative ways like:
There are several types of cable ties, depending on which way you categorize them. Generally speaking, they are organized by the following criteria:
Cable tie lengths start off fairly short at around 4 inches. Some of the longer cable tie offerings come in around 5 feet long. Of course, there are cable ties at just about every length in between. Plus, you can always connect two or more cable ties together if you want to create the exact length you want. To learn more about all the standard lengths of cable ties, check out our cable tie page.
Since cable ties are generally less than an inch wide, it makes more sense to discuss them in millimeters. Skinnier cable ties begin at widths of 2.5 and 3.6 mm, while thicker ties come in at 8.5 and 9 mm. Typically speaking, between two cable ties of the same material, the wider cable tie will be stronger.
For most cable ties, strength is referred to as tensile strength or the amount of weight the tie can withstand without breaking. If a cable tie were to break, the weakest point is where the tie comes together. Too much weight could pull the ends apart, causing the tie to separate. Alternatively, sometimes if there is way too much weight, the body of the tie might split.
Cable ties can come in several different materials to meet your specific needs. The most common materials used to create cable ties include:
As a leading cable tie manufacturer, we at ZipTie.com are passionate about what we do &#; empowering what you do. Countless individuals rely on zip ties to fuel their careers and their hobbies. That&#;s why it&#;s important to have a partner you can rely on. We offer a wide variety of high-quality zip ties to meet your needs, not to mention our commitment to an enjoyable customer experience. We also provide custom quantities and products for a truly unique solution.
The bottom line is we deliver what you need, when you need it, where you need it. Explore our offerings or call us at +1 (855)-947- to place your order today!
Previous: None
If you are interested in sending in a Guest Blogger Submission,welcome to write for us!
All Comments ( 0 )